In the dense packaging of the MiniLED display module, the PCB substrate is arranged with thousands to tens of thousands of MiniLEDs, of which the size of a single MiniLED is ≤ 200um. Due to the dense distribution of Mini-LEDs, the use of hot air welding to do defective rework leads to MiniLED repair efficiency being low, the single chip rework is not favorable, MiniLED laser thermostatic rework system is a good solution to this defect.
Product description
In the dense packaging of the MiniLED display module, the PCB substrate is arranged with thousands to tens of thousands of MiniLEDs, of which the size of a single MiniLED is ≤ 200um. Due to the dense distribution of Mini-LEDs, the use of hot air welding to do defective rework leads to MiniLED repair efficiency being low, the single chip rework is not favorable, MiniLED laser thermostatic rework system is a good solution to this defect.
Main application
Downstream cell phone, panel and
commercial display manufacturers
In MiniLED Rework Process Laser
Repair Soldering Application
RGB MiniLED PCB Substrate
Product specifications
model number | LWH-FDL-FB12-K |
Laser wavelength | 915/976±3nm |
Spot size | Hundreds of spot sizes available |
Temperature range | 100-400℃ |
control method | PC control, temperature feedback |
Power supply | AC220V/50Hz |
Contact: Mr.Xiao
Phone: +86-13385280662
E-mail: market001@whlaser.cn
Add: Room 02, Floor 5, Building 9, Gezhouba Sun City, No. 40, Gaoxin 4th Road, Donghu New Technology Development Zone, Wuhan
